1) boron phase
硼相
1.
The results show that,when cooling rate is above 10℃/s,martensite structure will be obtained,and boron phase will be precipitated at grain boundary,but disappear when cooling rate is above 20℃/s.
结果表明,当冷速大于10℃/s时,就能得到完全的马氏体组织,但此时晶界会有"硼相"析出,冷速为20℃/s以上时,"硼相"消失。
2.
The results show that the cause of boron brittleness is the precipitation of boron phases.
试验证明 ,形成“硼脆”的原因是“硼相”。
2) boron constituent
硼相
3) borocarbon phase
碳硼相
1.
The borocarbon phase is analyzed synthetically for 60Si 2MnREB spring steel by applying the microsize analysis with the use of X ray diffraction and electron probe.
使用X射线衍射和电子探针微区分析方法对 6 0Si2 MnREB弹簧钢中的碳硼相进行了综合分析 。
4) β-boron
β相硼
1.
Electrical conductivity of β-B was measured with metallic microcircuit fabricated on the diamond anvil cell(DAC),and the conductive physical mechanism of β-boron at hig.
高压下进行电学性质测量是获得物质物理性质的有效手段,利用集成在金刚石对顶砧上的微电路,在高压下和两个不同温度范围内对β相硼进行了电导率测量,分析了导电机制随压力的变化规律。
5) B phase
含硼相
1.
Constituents and structure are designed with B phase and Pb as the main elements.
以含硼相和铅为主要组元,进行成分和结构设计,制备出兼有中子和γ射线屏蔽特性及一定力学承载能力的集屏蔽/结构一体化的核屏蔽材料。
6) α-BaB2O4
高温相偏硼酸钡
1.
The high temperature phase barium metaborate α-BaB2O4 single crystal with 25mm in diameter, 100mm in height was grown by the Bridgman method.
采用坩埚下降法生长出了新型双折射晶体高温相偏硼酸钡α-BaB2O4单晶,尺寸为φ25mm×100mm,在He-Ne激光照射下无散射颗粒和生长条纹,在可见光区用复式宝石折射仪粗略测得该晶体的双折射率△n=0。
补充资料：氮化硼纤维增强体(见氮化硼纤维)
氮化硼纤维增强体(见氮化硼纤维)
boron nitride fibre reinforcements
然1‘珊升莱增强体boronments以氮化硼为主要成分，njtride fibre reinforce-用作陶瓷基、今星其有合材料增强体的一种无机纤维(见氮化硼纤维)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条